Tag: Orthopedic implants

While modern surgical techniques aim for permanence, a small percentage of patients experience complications where their implant shifts or moves from its intended position. The question, 'Can your implants move out of place?', is a valid concern for anyone with a prosthetic or medical device, whether for cosmetic or restorative purposes.

While modern implant procedures boast high success rates, studies show issues like pain can still occur, particularly after surgery. So, what should I do if my implant hurts? The appropriate steps depend on the type of implant and the nature of the discomfort.

According to the American Academy of Implant Dentistry, over three million Americans have dental implants alone. This guide delves into the crucial question: what are the most common implants used in modern medicine? We'll explore a variety of devices, their purposes, and how they improve quality of life.

The number of implant procedures performed annually, from dental to cosmetic, is significant, with dental implant success rates over 90%. However, complications can still occur, and knowing **what does it mean when implants are displaced?** is crucial, as this involves a medical device moving from its intended position, potentially causing pain, cosmetic issues, and functional problems that require professional intervention.

It is a strange but relatively common phenomenon for individuals with implants to report a cold sensation in the area of the device, particularly in colder temperatures. This feeling, while sometimes alarming, is rarely a cause for concern and is often explained by the inherent properties of the implant materials and the body's natural thermal regulation processes.

Titanium is an exceptional medical material, with clinical studies showing dental and orthopedic implants having success rates of over 95% at ten years. Given this longevity, many patients wonder exactly **how long does titanium stay in your body** and what factors influence its permanence.

An estimated 10-15% of the general population has a sensitivity or allergy to nickel, a common metal used in a wide array of medical instruments and implants. For individuals with a known allergy or a history of hypersensitivity, understanding **what medical devices contain nickel** is crucial for preventing complications after surgery or implantation. This guide will explore the common applications of nickel in medicine and offer strategies for managing potential risks.

Millions of Americans live with a medical implant, ranging from hip replacements to pacemakers. This authoritative guide provides a clear explanation of what items are considered implants, detailing the various types, functions, and materials involved in modern healthcare.

According to the FDA, a medical implant is any device placed inside or on the surface of the body. So, what counts as a surgical implant? In simple terms, it is a medical device or tissue inserted into the body to serve a specific purpose, ranging from replacing missing parts to delivering medication.

While true immunological rejection like an organ transplant is not possible with inert metal implants, failure can occur due to adverse reactions. Studies show dental implants, often made of titanium, have a high success rate, but complications are a known, albeit rare, risk. So, can the body reject metal implants? The answer is nuanced, depending on the underlying cause.